This study aims to analyze the porous airflow window system, which is covered a double/triple glass on the south wall of an office building with window chamber type for instance. In this study, the authors numerically solve the energy equations formul...
This study aims to analyze the porous airflow window system, which is covered a double/triple glass on the south wall of an office building with window chamber type for instance. In this study, the authors numerically solve the energy equations formulated with fluid and temperature fields, using a commercial program FLUENT 5.5. As a result of these studies, the system is verified to be an available passive energy sources system. Finally, on the basis of this research, experimental study should be performed to complete system suitable to Korean climate conditions.